Financial Modelling for Clean and Renewable Energy and Infrastructure Projects
INTEGRA CLEAN ENERGY provides preliminary and detailed financial modelling for clean energy and renewable, and infrastructure projects in terms of key financing and investment indicators, DSCR (Debt Service Cover Ratio) and IRR equity (Internal Rate of Return on Equity); and sustainability performance indicators based on an aggregated weighted index of ESG capital and equity contribution, CO2 emissions and water utilization efficiency.
The preliminary financial and sustainability modelling is performed by Integra Clean Energy, and the detailed financial and sustainability modelling is performed by Integra Clean Energy in conjunction with its partners.
Integra Clean Energy provides financial and sustainability input modelling for the following clean and renewable energy, and infrastructure sectors (energy consumption refers to energy required for producing the material or product or operation of the project or infrastructure):
| Chemicals | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
| Ammonia | 1,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Glycerin | 20,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Pharmaceutical | 10 tons products/d | Energy consumption, CO2 emission and Water Efficiency |
| Phosphate | 3,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Polyethylene | 1,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Potash | 2,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Soda Ash | 1,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Energy | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
| Chiller Plant | 3,000 RT/d | Energy consumption dependent on coefficient |
| Electric Vehicles | 1,200,000 EVs/y | Negative ESG if charging by coal-fired power plants |
| LNG Distribution | 3 million tons/y | Dependent on cryogenic pipeline or pressurized containers |
| LNG Field Develop. | 6.6 million tons/y | Energy consumption dependent on natural gas field |
| LNG FLNG/FSPO | 1.5 million tons/y | Lower energy, emissions, water vs. land LNG liquefaction |
| LNG FSRU | 3 million tons/y | Lower energy, emissions, water vs. land re-gasification |
| LNG Liquefaction | 6.6 million tons/y | Electricity and water consumption during liquefaction |
| LNG Regas Terminal | 7.2 million tons | Electricity and water consumption during regasification |
| LNG Transport | 160,000 m3, capacity | Electricity and water consumption during shipping |
| Natural Gas | 136 million m3/d | Energy consumption, CO2 emission and Water Efficiency |
| Natural Gas Pipeline | 3,000,000 m3/d | Energy consumption, CO2 emission and Water Efficiency |
| Oil E&P | 1 million barrels/d | Energy consumption, CO2 emission and Water Efficiency |
| Oil and Gas E&P | 100,000 bbl, 10m m3/d | Energy consumption, CO2 emission and Water Efficiency |
| Oil Jetty | 20,000 tons/d | Double vessel jetty operation to maximise efficiency |
| Oil Pipeline | 1,000,000 barrels/d | Energy consumption, CO2 emission and Water Efficiency |
| Oil Refinery | 300,000 barrels/d | Energy consumption, CO2 emission and Water Efficiency |
| Oil Storage | 2,000,000 m3, capacity | Energy consumption during storage construction |
| Oil Tanker | 320,000 DWT, capacity | Energy consumption dependent on engine technology |
| Petroleum Gasoline | 2,000,000 tons/y | High energy consumption, |
| Power Bio-Gas CHP | 8 MW, 8 tph | High thermal plant efficiency |
| Power Bio-Gas Power | 5 MW, capacity | Energy efficiency dependent on quality of biogas |
| Power Biomass | 250 MW, capacity | Energy consumption in feedstock preparation |
| Power Biomass Gasif. | 250 MW, capacity | Energy consumption in feedstock preparation |
| Power Com. Cycle | 4,000 MW, capacity | High thermal plant efficiency |
| Power Co-Generation | 300 MW, 1000 tph | High thermal plant efficiency |
| Power District Heat | 25 MW, 50 tph | High thermal plant efficiency |
| Power Distribution | 800 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power Energy Storage | 100 MW, 400 MWh | Dependent on energy for lithium extraction, manufacture |
| Power Foodwaste Biogas | 24 MW, capacity | Dependent on fuel for waste collection, segregation |
| Power Geothermal | 230 MW, capacity | Energy consumption in exploration, production, pipelines |
| Power Hydro: Small | 10 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power Hydro: Large | 500 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power IWPP | 400 MW, 50 MGD | Energy consumption for seawater intake and desalination |
| Power Solar Conc. | 250 MW, capacity | Energy consumption in solar tower construction and plant |
| Power Solar PV | 256 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power Solar PV | 1000 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power Solar PV Biomass | 70 MW PV, 30 MW Bio | Solar Biomass hybrid to enable balanced generation |
| Power Steam | 600 MW, capacity | Energy efficiency improvement by waste heat utilization |
| Power Transm. Offsh. | 1000 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power Transm. Onsh. | 2000 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power TriGeneration | 700 kW, 200RT, 20tph | High thermal plant efficiency from heat, cooling, power |
| Power Wave | 20 MW, capacity | Technology for embankment with strong wave onshore |
| Power Wood-Peat | 250 MW, capacity | Energy consumption in peat extraction and processing |
| Power Wind (Off-Shore) | 1000 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Power Wind (On-Shore) | 2000 MW, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Wind Solar Hybrid | 4000 MW, capacity | Wind Solar hybrid to enable balanced generation |
| Extractive and Construction | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
| Aluminium | 300,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Bauxite | 7,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Cement | 4 million tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Copper Ore | 18 million tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Copper Smelter | 1 million tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Glass | 400,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Iron and Steel | 500,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Iron Ore | 500,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Limestone | 1,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Potash | 2,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Silicon | 4,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Soda Ash | 1,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Urea | 2,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Zinc Ore | 2,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Zinc Smelter | 400,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Food, Bev, Agric. | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
| Aquaculture | 100,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Banana | 40,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Brewery | 1,000,000,000 liters/y | Energy consumption, CO2 emission and Water Efficiency |
| Cattle | 150,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Dairy Cheese | 30,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Dairy Foods | 200 tons/d | Energy consumption, CO2 emission and Water Efficiency |
| Dairy Ice Cream | 100,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Dairy Milk | 180,000,000 liters/y | Energy consumption, CO2 emission and Water Efficiency |
| Dairy Powder | 100 tons/d | Energy consumption, CO2 emission and Water Efficiency |
| Fish | 10,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Fruit Juice | 120,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Mackerel | 10,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Maize | 500,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Palm Oil | 1,000 tons/d | Energy consumption, CO2 emission and Water Efficiency |
| Paper | 1,000 tons paper/d | Energy consumption, CO2 emission and Water Efficiency |
| Paper Board | 1,000,000 m3/y | Energy consumption, CO2 emission and Water Efficiency |
| Paper Coated | 400,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Paper Kraft | 400,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Paper Sawmill | 1,000,000 m3/y | Energy consumption, CO2 emission and Water Efficiency |
| Paper Tissue | 500,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Potato | 50,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Poultry | 5,000,000 birds/y | Energy consumption, CO2 emission and Water Efficiency |
| Poultry Hatchery | 500,000 birds, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Rice | 500,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Soft Drinks | 300,000,000 liters/y | Energy consumption, CO2 emission and Water Efficiency |
| Soya Bean | 300,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Sugar | 2,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Vegetables & Fruits | 1,000,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Wheat | 1,000,000 tons/d | Energy consumption, CO2 emission and Water Efficiency |
| Garments | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
| Leather Tannery | 100,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Textiles | 200,000 tons/y | Energy consumption, CO2 emission and Water Efficiency |
| Property and Hospitality | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
| Hospital | 400 beds, capacity | Waste treatment by incineration and landfill compliance |
| Hotel | 1,000,000 m2, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Property Office | 300 units, capacity | Energy, CO2, water dependent on country climate industry |
| Property O/Resident | 500 units, capacity | Energy, CO2, water dependent on country climate industry |
| Theme Park | 2,000,000 visitors/y | Energy and water, basis of visitors per year |
| Transport and Comms | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
| Airliner | 230 passengers, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Airport | 5 million passengers/y | CO2 dependent on energy type per passenger and freight |
| Ferry Service | 300,000 passengers/y | Energy consumption, CO2 emission and Water Efficiency |
| High Speed Rail, 2 Track | 30,000 passengers/d | Energy consumption, CO2 emission and Water Efficiency |
| Metro | 2 million passengers/y | Energy consumption, CO2 emission and Water Efficiency |
| Mobile Phone | 1,000,000 units/y | Energy consumption in manufacturing and usage |
| Port | 3,000,000 TEU, capacity | CO2 dependent on types of energy per TEU |
| Post Office | 1,000,000 mail/day | Energy consumption, CO2 emission and Water Efficiency |
| Railway Stock | 20 carriage sets, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Railway Track/Station | 10 kilometers, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Road Urban Traffic | 50 kilometers, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Semiconductor | 10,000 wafers/month | Energy consumption, CO2 emission and Water Efficiency |
| Shipping Bulk | 39,000 TEU, capacity | Energy consumption, CO2 emission and Water Efficiency |
| Telecom | 300,000 subscribers/y | Electromagnetic field health and safety compliance |
| Toll Bridge/Road | 30,000 vehicles/d | Energy consumption, CO2 emission and Water Efficiency |
| Toll Tunnel Land/Sea | 300,000 vehicles/d | Energy consumption, CO2 emission and Water Efficiency |
| Vehicle Production | 100,000 vehicles/y | Energy consumption, CO2 emission and Water Efficiency |
| Water and Waste Man. | Financial (DSCR, IRR) | Sustainability (Energy, CO2 emission, Water efficiency) |
|---|---|---|
| Desalination | 200,000 m3/d | CO2 emission dependent on desalination process type |
| Landfill | 500 tons/d | Methane emissions depend on solid waste composition |
| Municipal Incinerator | 2,400 tons/d | Auxiliary power consumption, waste-water treatment |
| Waste Collection | 2,000 tons/d | Dependent on fuel type of municipal garbage truck |
| Water Supply | 400,000 m3/d | Energy consumption, CO2 emission |
| Wastewater Industrial | 100,000 m3/d | Energy consumption, CO2 emission |
| Wastewater Municipal | 400,000 m3/d | Energy consumption, CO2 emission |